Food can be subdivided into cooked and uncooked (raw) food. Some uncooked food, such as broccoli, contains biologically available nutrients and is ready to consume, freshly picked from the stalk. Other uncooked foods, such as meat, require the addition of heat or other forms of energy to make nutrients available and easily consumed through chewing. Historians have often credited the advent of cooking as a primary reason humans branched off from the Great Ape family and started developing a large neocortex. Here, cooking allowed us to waste less time chewing complex proteins and more time reaping their benefits. Cooking has the additional benefit of making food safe for consumption by lowering the number of pathogens, thus decreasing the risk of infection. When smell is reduced or lost, the pleasure of eating can change dramatically. Many people describe food as flatter, less satisfying, and harder to judge—both in the kitchen and at the table. Yet smell loss does not remove the possibility of enjoyment. What it changes is the balance of a meal: aroma contributes less, while taste, texture, temperature, trigeminal sensations (spice, cooling, tingling), and visual cues become more important. With the appropriate strategies, these remaining channels can be strengthened, and new sources of reward can be incorporated into cooking and eating. Cooking is an especially powerful tool because it is not only about following recipes, but about transforming ingredients through predictable physical and chemical processes. Understanding a few basic principles—how heat alters proteins, how water controls texture, how browning reactions generate intense flavor molecules, and how salt and acidity reshape taste—can restore confidence and reduce uncertainty. This matters when aroma is unreliable or absent, and when “smell-based” cues for doneness, freshness, or seasoning no longer guide decisions. In this chapter, we introduce practical compensation strategies for people with smell loss, grounded in food science and multisensory perception. We explain how to amplify the non-olfactory components of flavor, including a structured “Taste Kit,” techniques for building texture and temperature contrast, and ways to use salt, umami, acidity, and trigeminal stimulation to increase perceived intensity. We also discuss how attention, atmosphere, music, plating, and social dining can enhance enjoyment, and we summarize emerging evidence from cooking-school interventions—such as the 6T framework—that help individuals rebuild a satisfying relationship with food through experimentation, confidence, and shared experience.